Pulse AC Ionizer Bar

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DB521 / DB521P Compact  Ionizing Bar
DB521 / DB521P Compact  Ionizing Bar
DB521 / DB521P Compact  Ionizing Bar
DB521 / DB521P Compact  Ionizing Bar
DB521 / DB521P Compact  Ionizing Bar
DB521 / DB521P Compact  Ionizing Bar
DB521 / DB521P Compact  Ionizing Bar
DB521 / DB521P Compact  Ionizing Bar

DB521 / DB521P Compact Ionizing Bar

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The Pulse AC Ionizer uses high-frequency pulse modulation technology to greatly improve electrostatic neutralisation ability. It instantly releases high-density positive and negative ions and precisely regulates ion balance, far exceeding the continuous output mode of traditional AC Ionizers. The pulse characteristic reduces dirt on the ion needle and extends its service life, and adapts to the static control needs of PCB board assembly, semiconductor manufacturing, high-speed film winding, and other demanding scenarios. It supports industrial static elimination over a distance of 50–1500 mm, and the intelligent adjustment function can adapt to changes in material polarity (e.g. from plastic to a paper roll). Additionally, its low energy consumption design reduces comprehensive costs by 30%, significantly improving the efficiency of electronic production lines and protecting the quality of electrostatic-sensitive products.
Performance
❯ Using pulse AC to achieve high-speed electricity removal
❯ Meets electronics industry standards, less than ± 35V
❯ Can be close, long distance or space in addition to electricity
❯ Reduce performance degradationcaused by dust adhesion
❯ Operating indicator light To the scheduled cleaning cycle red alert
❯ Support remote start and stop, output alarm signal and maintenance signal
Key Features
❯ High-speed static removal
❯ Adjustable ion balance
❯ Adjustable positive and negative ions
❯ Clean Air Barrier Technology
❯ Cleaning alarm function
❯ Support PLC control, RS485
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Product Parameter

  • Model
  • DB521 / DB521P
  • Ion generation method
  • Corona discharge method
  • Discharge method
  • Pulse AC mode / ± 4000 ~ ± 7000V
  • Ion balance
  • ±30V
  • Alarm indication
  • Status Alarm, Ion Alarm, Clean Alarm
  • Air connection port
  • 6mm
  • Bar length
  • 210mm→235mm→260mm~335mm
  • Warranty
  • One year

Product Details

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Compact Ionizing Bar

The Compact Pulse AC Ion Bar features an innovative, space-saving design that is optimised for the electrostatic elimination of small products. It can be easily integrated into narrow spaces, such as SMT mounters and precision electronic assembly lines. Its high-frequency pulse modulation technology can neutralise static electricity in as little as 1.5 seconds, while maintaining precise control of the ion balance within ±30V.

0.2MPa, 68Hz, 1000V to 100V at different distances

With an air pressure of under 0.2 MPa and a working frequency of 68 Hz, it demonstrates excellent static dissipation performance. It takes only 1.0 second to reduce 1000 V of high-voltage static electricity to a safe value of 100 V at a distance of 10 cm. Correspondingly, dissipation times of 1.3, 1.5 and 2.5 seconds are achieved at distances of 30 cm, 60 cm and 130 cm, respectively (test conditions are in accordance with the IEC 61340-5-1 standard). These results demonstrate the high efficiency of the high-frequency ion bars in electronic manufacturing, film slitting and other applications.

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PulseACmethod

With an air pressure of less than 0.2 MPa and a working frequency of 68 Hz, it provides excellent static dissipation performance. It takes just 1 second to reduce 1000 V of high-voltage static electricity to a safe 100 V at a distance of 10 cm. Similarly, dissipation times of 1.3, 1.5 and 2.5 seconds are achieved at distances of 30, 60 and 130 cm respectively (test conditions are in accordance with the IEC 61340-5-1 standard). These results demonstrate the high efficiency of high-frequency ion bars in applications such as electronic manufacturing and film slitting.

Clean Air Barrier Technology

The physical isolation design effectively separates the ion needle barrier airflow from the ion delivery airflow. This completely solves the problem of discharge fluctuation caused by pressure superposition in traditional equipment. Measurements show that this technology increases ion generation efficiency by 40%.

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